How Does CAM Apply in the Industrial Design？

The application of CAM software is very extensive. How to use CAM software correctly is worth our in-depth understanding.

 

 

1. Application of CAM in production optimization design

If we add a numerical control device to actual production equipment, then we can set the value in advance in production equipment to perform remote control operations. In the application of CAM software, we can enable engineering designers to break the original design method and use computer software to design equipment structural components. This design method ensures the precise connection between all components of the structure, and at the same time promotes the structural design to be more precise, which plays an important role in improving the quality of production design. In mechanical production, the controller can facilitate the remote control of the instrument by numerical control technology. The controller can automatically operate the instrument by setting the parameter values in advance, effectively improving the working efficiency and quality of the instrument. In the actual production design, the programming design is changed from manual to automatic. CAM software is usually used in graphics rendering and design flow. Combining data technology with CAM software can further optimize the software design. This will not only change the original advantages, but will play a greater role in actual production, and the scope of application will be expanded. During the operation of the machine tool, the number of clamping plates is significantly reduced, and the machine position arrangement will become more scientific and rational. This has greatly reduced the production footprint and the production cycle, effectively improving the production efficiency of the enterprise.

 

 

2. Application of CAM in production operation flow

The specific operation process of numerical control technology in production is as follows.

 

Firstly, reasonable part types and specific design parameters should be preset in the numerical control system. The pre-setting of parameters plays an important command-oriented role for the operation of production equipment.

 

Secondly, the corresponding parts, work plans, and solid model drawings for preparing the molded products can be designed by CAM software.

 

Third, the process parameters of the processed product type are input in the manufacturing software, and the equipment and instruments can be effectively automated by using the input of the manufacturing software and the production process. This will allow the instrument to run smoothly in all settings of the production process.

 

Fourth, we must check the true reliability of the track file to ensure its feasibility. At the same time they have to go through the simulation process of the tool path. The above process is to ensure that the later process operations can be completed smoothly. Because only all operations are completed successfully, the produced parts can truly meet the standard requirements.

 

Fifth, for the post-processing file, the code can be modified and improved by the worker to form a new processing file. The post-production processing file can further generate new code files, and the generation of the code files can be backed up, which greatly promotes the machine tool production and enables it to smoothly develop under the specification process. In addition to processing the generated code files, other related files need to be processed and processed. After the file check process and the related code file contents are updated, they can be directly put into machine tool parts processing to optimize and innovate the processing technology.

 

 

3. Application of CAM in production quality inspection

The quality inspection is a key part of the production process. CNC and CAM software technology are the key link in production quality inspection. Based on the original equipment, the technology setting and production operation code can not only realize the automation of machine operation, but also realize the quality inspection process standardized on the products produced by the production machinery equipment. This is strictly controlled by the quality of the products. These are significant for the development of mechanical operation industry. In addition, we can also use this technology to set process parameters, standard values, standard models, etc. in advance. After that, we can use the template synthesis and re-checking to ensure that the components produced and processed by the automated process equipment meets the standard requirements. The quality inspection also checks the performance of the product. The performance check can be carried out by means of random sampling, and further test the operational performance of the sampled products. Through this inspection process, the overall quality of the produced products can be ensured. Promote the advantages of numerical control and CAM software technology in the practical operation of machine control. Once the quality problem is discovered, it can promptly investigate through the backed up code files, find the cause of the quality problem, solve it as soon as possible, and avoid unnecessary economic loss and waste of resources caused by input errors such as process parameters and product values.